对双面容量测试的建议修改

Martin Waters, C. Deline, J. Kemnitz, J. Webber
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引用次数: 7

摘要

ASTM 2848和IEC 61724-2中描述的容量测试在光伏系统的签约和验收测试中被广泛使用。随着双面光伏组件部署的增加,有必要开发一种标准化的方法来测试这些系统的容量。虽然双面系统测量能力的可变性和偏置误差固有地更高,但通过适当地结合背面辐照度(测量或建模),它们可以降低到与单面参考系统一致的水平。三个现场装置提供了双面系统容量,在2 - 10个月的观察期内,平均偏置误差和标准偏差在1%以内。通过使用测量的模块后端温度和IEC 61724-2测试方法,可以进一步提高容量测试的精度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Suggested Modifications for Bifacial Capacity Testing
Capacity tests such as those described in ASTM 2848 and IEC 61724-2 are widely used during the contracting and acceptance testing of photovoltaic systems. With the increasing deployment of bifacial photovoltaic modules, there is a need to develop a standardized approach to capacity test these systems. Although variability and bias error were inherently higher for the measured capacity of bifacial systems, they could be reduced to a level consistent with the monofacial reference system by appropriate incorporation of rear irradiance—either measured or modeled. Three field installations provided bifacial system capacity that was measured with a mean bias error and standard deviation within 1% over the 2–10-month observation period. Capacity test accuracy could be improved further by using the measured back-of-module temperature and the IEC 61724-2 test method for well curated systems.
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